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Researchers suggest that trust building may be challenging in the face of conflict. However, there is an emerging proposition that conflict is critical for trust. Using affective events and attribution theories as a framework, the purpose of this paper is to present a model of the mediating effects of positive emotional arousal and self‐conscious emotions in the relationship between conflict and trust.

Data were collected from 325 students enrolled in varied postgraduate programs in a large business school. The authors employed Preacher and Hayes's bootstrapping SPSS macros to test the direct and mediation effects of the connection between conflict, emotions and trust.

Results showed that task, relationship and process conflict were associated with differing aspects of positive emotional arousal (enthusiasm, excitement) and self‐conscious emotions (guilt and shame). Similarly, behavioural guilt was linked with trust while emotions mediated the link between conflict and trust.

The authors acknowledge that there are possible covariates (e.g. how long ago did the conflict occur?) with the variables used in the current study. Future research should include such covariates in the study of the relationship between conflict emotions and trust. Also, the data were largely cross‐sectional, drawn from a relatively small sample. In future, researchers should examine similar constructs with longitudinal data and in large organisational sample. In spite of the above limitations, the validity of the results presented in this paper is not compromised. The study extends self‐conscious emotions literature by demonstrating that guilt and shame have cognitive and behavioural properties and with differing connections with conflict and trust.

The paper's findings suggest that managers who want to engender trust in conflict situations should stimulate task conflict to arouse enthusiasm and excitement. These discrete emotions are critical for building integrity based trust. Alternatively, by managing reparative emotions of guilt effectively, managers may increase levels of perceived trust. Overall, the results suggest that focusing on the effect of conflict on trust without considering the positive emotional arousal and self‐conscious emotions could yield disappointing outcomes.

The study provides new insights into the influence of conflict on trust and the mediating role of emotions (e.g. guilt and shame) in the link between conflict and trust. The paper also offers a practical assistance to individuals interested in building trust, especially in the face of conflict.

Selective electron beam melting (SEBM) is one of the popular powder-bed additive manufacturing (AM) technologies. The purpose of this paper is to develop a simulation strategy for SEBM process to get data which are vital for realistic failure prediction and process parameters control for real complex components.

Focusing on the SEBM process of tantalum, this paper presents a three-dimensional thermo-mechanical modeling strategy based on ABAQUS and its subroutines. The simulation strategy used in this paper is developed for SEBM process of pure tantalum but could be extended to other AM fabrication technologies and other metals without difficulties.

The simulation of multi-track multi-layer SEBM process of tantalum was carried out to predict the temperature field, the molten pool evolution and the residual stress distribution. The key information such as inter-track molten pool overlapping ratio and inter-layer refusion state can be extracted from the obtained molten pool morphologies, which are vital for realistic failure prediction and process parameters control for real components. The authors finally demonstrate the capability of the strategy used by simulating a 2 mm × 2 mm × 10 mm lattice structure with total 200 layers.

The simulation of multi-track multi-layer SEBM process of tantalum was carried out. The key information such as inter-track molten pool overlapping ratio and inter-layer refusion state can be extracted. The authors finally demonstrate the capability of the strategy used by simulating a lattice structure. Not only temperature distribution but also stress evolution are captured. Our simulation strategy is developed for the SEBM process of pure tantalum, but it could be extended to other AM fabrication technologies and other metals without difficulties.

This study addresses the critical imperative of quantifying building information modeling (bimalliance) benefits by augmenting existing methodologies, with a focus on monetization. Engaging industry practitioners, the research develops a comprehensive framework through an exhaustive literature review and a survey in the Swedish construction industry, incorporating insights from 128 respondents.

The framework, validated by industry experts, systematically assesses tangible BIM benefits against associated costs. It introduces a novel method in construction, addressing the lack of a unified approach. The resulting framework facilitates nuanced feasibility determinations by systematically evaluating BIM benefits against costs.

Despite its acknowledged limitations, the framework effectively captures a comprehensive range of costs and benefits, providing a more accurate and detailed estimation of BIM’s impact on project outcomes.

With practical implications, the framework enhances BIM understanding and application, contributing to effective project management throughout the construction supply chain lifecycle. Moreover, it aims to improve efficacy within the architecture, engineering, construction and operations industry.

The study empowers organizations and decision-makers with a bespoke tool for evaluating BIM feasibility, contributing to decision-making through a clarified numerical representation.